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The Influence of Pressure and Dissolved Gases in Crude Oil on the Efficiency of Wax Deposition Inhibitors(Abstract)

机译:原油压力和溶解气对蜡沉积抑制剂效率的影响(摘要)

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摘要

Problems related to the wax crystallization and deposition occurs in all sectors of oil production and affect the efficiency of the processes involved and entail a substantial cost for control and remediation of wax deposits. The polymer addition, such as polymethacrylates, polyacrylates, ethylene vinyl acetate (EVA) copolymers, for inhibitor the formation of the deposits are examples of used treatments. The mechanisms most accepted for the performance of inhibitors are: modification of crystals, polynucleation, and the reduction of the tendency of the crystals to attach to metal surfaces or a combination of one or more than these mechanisms. No inhibitor is universally effective, and therefore the use of a wax inhibitor always requires a selection process for the type of oil in question and a set of experiments under operating conditions.
机译:所有与蜡结晶和沉积相关的问题发生在所有石油生产部门中,并影响所涉及的过程的效率,并需要对蜡沉积物进行控制和修复的大量成本。聚合物添加,例如聚甲基丙烯酸酯,聚丙烯酸乙酯,乙烯乙烯酯(EVA)共聚物,用于抑制剂的形成是使用的处理的实例。最受抑制剂性能所接受的机制是:晶体,多核和晶体的趋势的修饰,以连接到金属表面或比这些机制的一种或多种或多个组合。没有抑制剂是普遍有效的,因此使用蜡抑制剂的使用始终需要有问题类型的选择过程和在操作条件下的一组实验。

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